SICK Laser Distance Sensor, Block Sensor

SICK Dx35 Series Distance Sensor, 0.05mm Detection Range, Analogue Output Type - DT35-B15251

This distance sensor is an industrial-grade solution designed for precise distance measurement in various applications. It operates within a detection range from 0.05mm to 12m and features a robust block-style design for easy integration. With dimensions of 32mm x 58.67mm x 42.7mm and a weight of only 65g, it is both Compact and efficient. The sensor utilises an M12 connector for seamless electrical connections and supports the IO-Link communication protocol for enhanced functionality.

Features & Benefits

• Offers a flexible detection range for varying application needs
  Supports analogue and digital outputs for versatile usage
  Designed with an IP65 and IP67 rating for environmental protection
  Provides fast response times to ensure immediate data processing
  Features high-resolution measurement capabilities for accuracy
  Consumes low power with a maximum of 1.7W for energy efficiency

Applications

• Used for distance measurement in automation systems
  Suitable for object detection in robotic
  Employed in manufacturing processes for quality control
  Ideal for level measurement in storage solutions
  Utilised in logistics for tracking and sorting operations

What specific environmental conditions can this sensor withstand?

The sensor is designed to operate within a temperature range of -30°C to +55°C and can handle relative humidity levels up to 95% without condensation. This ensures reliable performance across various industrial environments.

How does the analogue output configuration work with the device?

The device can be configured for either current (4mA to 20mA) or voltage (0V to 10V) outputs, allowing it to adapt to different systems and requirements through its IO-Link functionality.

What measures does the sensor take to ensure accurate distance readings?

With a resolution of 0.1mm and an accuracy of ±10mm, it is specifically engineered to deliver precise measurements, which is essential in applications requiring high precision.

How does the switching frequency impact the sensor's functionality?

The sensor provides multiple switching frequencies, ranging from 333Hz to 6Hz, allowing it to be tailored for specific operational speeds, thereby enhancing responsiveness in various applications.